Package com.artelys.kalis

Class KRelaxationSolverConfigurator

java.lang.Object

com.artelys.kalis.KCopiableRelaxationSolverConfigurator

com.artelys.kalis.KRelaxationSolverConfigurator

Direct Known Subclasses:

KLinearRelaxationSolverConfigurator

public class KRelaxationSolverConfigurator
extends KCopiableRelaxationSolverConfigurator

Field Summary

Fields inherited from class com.artelys.kalis.KCopiableRelaxationSolverConfigurator

swigCMemOwn

Constructor Summary

Constructors

Modifier	Constructor	Description
protected	KRelaxationSolverConfigurator(long cPtr, boolean cMemoryOwn)
	KRelaxationSolverConfigurator(com.artelys.kalis.SWIGTYPE_p_KRelaxationSolverConfigurator_I configurator)

Method Summary

Modifier and Type	Method	Description
void	afterEvent(int status)
void	beforeEvent()
void	delete()
protected void	finalize()
void	forceContradiction()
int	getAlgorithm()
protected static long	getCPtr(KRelaxationSolverConfigurator obj)
double	getDoubleControlParam(int numparam)
double	getDoubleControlValue(int control)
int	getIntegerControlParam(int numparam)
int	getIntegerControlValue(int control)
double	getMipAbsoluteOptimalityTolerance()	minimal desired optimality tolerance *
double	getMipRelativeOptimalityTolerance()	minimal desired optimality tolerance *
int	getNumberOfDoubleControls()
int	getNumberOfIntegerControls()
double	getOptimalityTolerance()	minimal desired optimality tolerance *
KProblem	getProblem()
boolean	mustRelax()
void	setAlgorithm(int alg)	Set the algorithm flag
void	setDoubleControl(int param, double value)
void	setIntControl(int param, int value)
void	setMipAbsoluteOptimalityTolerance(double optimalityTolerance)	Set the minimal desired absolute optimality tolerance (MIP) *
void	setMipRelativeOptimalityTolerance(double optimalityTolerance)	Set the minimal desired relative optimality tolerance (MIP) *
void	setOptimalityTolerance(double optimalityTolerance)	Set the minimal desired optimality tolerance (LP)*
void	setRelaxationSolver(KRelaxationSolver relaxationSolver)
void	setsolveAsMIP(boolean sam)
void	setSolver(KSolver solver)
void	setusePresolve(boolean up)
void	setuseReducedCostFixing(boolean urcf)
boolean	solveAsMIP()
boolean	usePresolve()
boolean	useReducedCostFixing()

Methods inherited from class com.artelys.kalis.KCopiableRelaxationSolverConfigurator

getCopyPtr, getCPtr

Methods inherited from class java.lang.Object

clone, equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

KRelaxationSolverConfigurator

protected KRelaxationSolverConfigurator(long cPtr,
                                        boolean cMemoryOwn)

KRelaxationSolverConfigurator

public KRelaxationSolverConfigurator(com.artelys.kalis.SWIGTYPE_p_KRelaxationSolverConfigurator_I configurator)

Method Detail

getCPtr

protected static long getCPtr(KRelaxationSolverConfigurator obj)

finalize

protected void finalize()

Overrides:

finalize in class KCopiableRelaxationSolverConfigurator

delete

public void delete()

Overrides:

delete in class KCopiableRelaxationSolverConfigurator

getProblem

public KProblem getProblem()

beforeEvent

public void beforeEvent()

mustRelax

public boolean mustRelax()

afterEvent

public void afterEvent(int status)

solveAsMIP

public boolean solveAsMIP()

usePresolve

public boolean usePresolve()

getAlgorithm

public int getAlgorithm()

setAlgorithm

public void setAlgorithm(int alg)

Set the algorithm flag

setOptimalityTolerance

public void setOptimalityTolerance(double optimalityTolerance)

Set the minimal desired optimality tolerance (LP)*

setMipRelativeOptimalityTolerance

public void setMipRelativeOptimalityTolerance(double optimalityTolerance)

Set the minimal desired relative optimality tolerance (MIP) *

setMipAbsoluteOptimalityTolerance

public void setMipAbsoluteOptimalityTolerance(double optimalityTolerance)

Set the minimal desired absolute optimality tolerance (MIP) *

useReducedCostFixing

public boolean useReducedCostFixing()

setuseReducedCostFixing

public void setuseReducedCostFixing(boolean urcf)

getOptimalityTolerance

public double getOptimalityTolerance()

minimal desired optimality tolerance *

getMipRelativeOptimalityTolerance

public double getMipRelativeOptimalityTolerance()

minimal desired optimality tolerance *

getMipAbsoluteOptimalityTolerance

public double getMipAbsoluteOptimalityTolerance()

minimal desired optimality tolerance *

setRelaxationSolver

public void setRelaxationSolver(KRelaxationSolver relaxationSolver)

setSolver

public void setSolver(KSolver solver)

setsolveAsMIP

public void setsolveAsMIP(boolean sam)

setusePresolve

public void setusePresolve(boolean up)

setIntControl

public void setIntControl(int param,
                          int value)

setDoubleControl

public void setDoubleControl(int param,
                             double value)

getNumberOfIntegerControls

public int getNumberOfIntegerControls()

getNumberOfDoubleControls

public int getNumberOfDoubleControls()

getIntegerControlParam

public int getIntegerControlParam(int numparam)

getIntegerControlValue

public int getIntegerControlValue(int control)

getDoubleControlParam

public double getDoubleControlParam(int numparam)

getDoubleControlValue

public double getDoubleControlValue(int control)

forceContradiction

public void forceContradiction()